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  1. Practice
  2. Functional Programming
  3. Recursion
  4. String Mingling
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String Mingling

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  • mmensik + 0 comments

    Haskell oneliner:

    main = do interact (concat . (\[p,q]->zipWith (\x y-> [x,y]) p q) . lines)

  • Elmex90s + 0 comments

    Using list comprehension in Haskell 

    mingle :: String -> String -> String
mingle a b = concat [[x, y] | (x, y) <- zip a b]

  • blubberdiblub + 0 comments

    My Racket solution:

    #lang racket

(define (mingle p q)
  (let iter ([accu empty] [p (string->list p)] [q (string->list q)])
    (if (empty? p)
        (list->string (reverse accu))
        (iter (cons (first q) (cons (first p) accu)) (rest p) (rest q)))))

(define p (read-line))
(define q (read-line))

(displayln (mingle p q))

    Suggestions for improvement welcome.

  • fraburnham + 0 comments

    Has anyone, using clojure, used a high order function to solve this? I was getting timeouts until I stopped using them. I'm curious to know if I'm just using the high order functions inefficiently. If you have such a solution please PM me.

  • nitinpatel278 + 0 comments

    Using recursion: 

    mingle "" "" = ""
mingle p q   = (head p) : (head q) : mingle (tail p) (tail q)

main = do
  p <- getLine
  q <- getLine
  putStrLn $ mingle p q
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